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Solar Thermal: How It Works and How to Integrate It with a Thermal Battery

Solar Thermal: How It Works and How to Integrate It with a Thermal Battery to Maximize Efficiency

Solar thermal is a mature, sustainable, and versatile technology, suitable for various applications: production of domestic hot water (e.g. for showers), support for space heating, and pool heating.

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Heat Pump and Thermal Comfort: Efficiency and Energy Storage for the Tourism Sector

Heat Pump and Thermal Comfort: Efficiency and Energy Storage for the Tourism Sector

In recent years, the heat pump has become one of the key technologies for sustainable heating and air conditioning, thanks to its ability to produce thermal energy with high efficiency and almost zero emissions.

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District Heating and Thermal Storage: Improving Efficiency with PCM Thermal Batteries

District Heating and Thermal Storage: Improving Efficiency with PCM Thermal Batteries

District heating is a sustainable energy solution that is becoming increasingly popular.

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Flywheel Storage: How It Works and Why Thermal Batteries Are More Efficient

Flywheel Storage: How It Works and Why Thermal Batteries Are More Efficient

Flywheel storage is a technology used to store thermal energy and gradually distribute it in heating and cooling systems.

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Sand Thermal Storage: Operation, Limitations, and Benefits

Sand Thermal Storage: Operation, Limitations, and Benefits

Sand thermal storage is a technology gaining attention in the thermal energy sector, particularly in district heating plants.

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Fuel Cells: Operation and Integration with Thermal Batteries

Fuel Cells: Operation and Integration with Thermal Batteries

The fuel cells, or combustion cells, are revolutionizing the sustainable energy sector thanks to their ability to produce electricity through chemical reactions, with a reduced environmental impact.

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